Cyberattacks are evolving. So should your defense. While others rely on key-based systems vulnerable to AI and quantum computing, SQE eliminates key exchange altogether—ushering in a new paradigm of secure, scalable, and future-proof enterprise cybersecurity.
| Feature | Traditional Encryption | SQE Technology |
|---|---|---|
| Key Exchange | Required | Not needed |
| Quantum-Secure | Theoretical, unproven | Mathematically proven |
| Infrastructure Cost | High (e.g., fiber, QKD hardware) | Minimal (<$2/year per node) |
| Scalability | Limited | Linear up to 1M+ TPS |
| Energy Usage | High (PoW, stake) | 99.99% less vs Proof of Work |
Keyless encryption secured by self-evolving, entangled systems—based on modified cellular automata and verified entropy.
A sustainable blockchain consensus model that replaces Proof of Work or Stake.
Each bit of data is encrypted with its own evolving key—making decryption mathematically and computationally impossible, even for AI or quantum computers.
“Even with infinite computing power, the SQE encryption model cannot be reverse-engineered. It’s not just post-quantum. It’s post-computation.”
Ready to serve you globally.
support@lockbyte.com